With the installation of an earthquake station, the earthquake activity of the location and its surroundings canbe better monitored, thus making a great contribution to the determination of the parameters of earthquakes that will occurregionally and throughout the country. While the high number of earthquake stations improves the situation, the availabilityof scarce resources e.g. budget, time, sustainability costs, etc. limits the number of stations. For this reason, when theearthquake station is established, the decision of where to locate becomes important. In addition, the location decision isstrategic in that it can be included in long-term planning, and the result affects many decisions. Selection of earthquakestation site location involves many criteria such as soil type/types, natural and environmental noise type, noise level anddistance, distance to the base station used for communication purposes, accessibility to the earthquake station, distance toelectricity sources, ownership of the place. It is a multi-criteria decision-making problem that requires these criteria to beevaluated together. Based on the criteria chosen in this study, a questionnaire was applied to the experts of the field, and theweights of the criteria were determined by using the AHP (Analytical Hierarchy Process) method. By using the obtainedweights, the alternatives were listed by MOOSRA (Multi-objective Optimization on the Basis of Simple Ratio Analysis)method and presented to decision makers.